> ## Documentation Index
> Fetch the complete documentation index at: https://committ.mintlify.site/llms.txt
> Use this file to discover all available pages before exploring further.

# March 1st, 2026

> Restored 'Stay Throughout' continuous verification architecture, simplified checkpoint boundaries, and normalized local database schema.

# March 1st, 2026

**Continuous Verification Architecture & Local DB Normalization**

Today's focus was on refining the continuous verification mechanics we introduced yesterday. We simplified the checkpoint boundaries for "Stay Throughout" tasks and fully normalized our local SQLite offline database.

### 1. 'Stay Throughout' Continuous Verification Architecture

We heavily refined the "Stay Throughout" continuous checking architecture to be robust and scalable:

* **Root-Level Random Checkpoint Mapping:** Restored root-level random checkpoint generation mapping for continuous task verifications. We deliberately un-nested checkpoints from the Master Conditions, ensuring scalable 1:N checking for specific snapshots without causing runtime state collisions.
* **Timezone Fixes:** Resolved frustrating server-timezone optical illusion bugs where developers saw UTC outputs in localized timestamp strings. Fixed this by explicitly forcing `{ timeZone: 'Asia/Kolkata' }` on backend generators.
* **Tally Tracking:** Built aggressive client-side missed tally tracking. The UI now visually displays Green, Yellow, or Red indicators accurately derived from both explicit fails and implicit window timeouts vs `allowedMisses`.
* **Extensive Architectural Specs:** Added highly detailed, production-level architectural comments across `schema.ts` and `verify.ts`.
* **Default Payload:** Populated the `stay_throughout` default payload with "relaxed intensity" and `1` allowed miss out of the gate, providing a balanced initial user experience.

### 2. Simplified Checkpoint Boundaries

* **Strict Chunk Alignment:** Changed the `stay_throughout` checkpoint logic to strictly align start and end times exactly with the generated 5-minute chunk boundaries themselves. We removed confusing random sub-offsets and grace periods within these slices.
* **Logic Simplification:** This drastically simplifies the random verification logic by demanding a single check-in across that exact entire 5-minute slice rather than dealing with micro-windows.

### 3. Local DB Normalization & Native Scheduler UI Recovery

We brought the finalized structures securely into the native storage layer.

* **Offline Checkpoint Tracking:** Fully normalized the `task_instances` offline local database schema, directly baking in complete offline checkpoints tracking for disconnected states.
* **Persistent Checkpoint Alarms:** Implemented persistent native checkpoint alarms so the Android OS wakes up exactly for continuous bounds check-ins.
* **UI Recovery:** Implemented persistent checkpoint UI recovery for continuous check-in bounds, ensuring users don't lose context after app refreshes or background states.